If you have rounded up, it will be an overestimate. If you have rounded down, it will be an underestimate.
well i would think since you pknow how to estimate is that you should give up and take a nap
Since the exact answer is 1.61, 2 is larger than 1.61 and hence an overestimate.
overestimate
You can identify an overestimate by recognizing that the predicted value exceeds the actual outcome, while an underestimate occurs when the prediction falls short of the actual result. To determine this, compare the estimated values to the true values. If the estimate is higher than reality, it's an overestimate; if it's lower, it's an underestimate. Additionally, analyzing the context and the methods used for estimation can help clarify whether estimates are likely to be inflated or deflated.
You know when to overestimate when the last number is over five then you round it up. Under is the last number below five you round down.
If you have rounded up, it will be an overestimate. If you have rounded down, it will be an underestimate.
You know if an answer is an over or underestimate because if the last 2 # is 5 and over, it is an overestimate. If the last 2 # is 4 and under, it is an underestimate. Ex: 345 answer if you were estimating 350 over. Ex: 232 if you were estimating your answer would be 230 and that is under.
Explain how you know whether an estimate of a product is an overestimate or an underestimate?
To estimate too highly; to overvalue., An estimate that is too high; as, an overestimate of the vote.
Most people would estimate that as 6 (an overestimate) - 4 (an underestimate) which would estimate the answer as 2, which is an overestimate.
If you rounded up, it's an overestimate, if you rounded down, it's an underestimate. If you did both, whatever you did more of will prevail.
when both factors in a multiplication problem are rounded up to estimate the product, the estimate is an overestimate.
well i would think since you pknow how to estimate is that you should give up and take a nap
Since the exact answer is 1.61, 2 is larger than 1.61 and hence an overestimate.
That's an overestimate.
The answer would be an overestimate.